ライフサイエンスコーパス: patient care

1 unity to understand pathobiology and improve patient care.

2 y, development, and clinical use of drugs in patient care.

3 reducing pathologist workload and improving patient care.

4 l tools with significant potential to impact patient care.

5 support a diagnosis of melioidosis and guide patient care.

6 uracy and efficiency of applying genomics to patient care.

7 reatments for COPD or the personalisation of patient care.

8 recognized as the way forward for optimizing patient care.

9 idual FFR-CT results to determine subsequent patient care.

10 mic testing is increasingly integrating into patient care.

11 a symptoms would lend useful information for patient care.

12 rillation (AF) are used extensively to guide patient care.

13 to offer these patients more individualized patient care.

14 dertaken to assess affordability for routine patient care.

15 BMD and by commercial methods during routine patient care.

16 minor according to their potential impact on patient care.

17 l health care resources and optimally affect patient care.

18 ws registered nurses to take on more complex patient care.

19 erstand the impact of workflow and strain on patient care.

20 rgeted therapies and perspectives to improve patient care.

21 e of health which can then be used to manage patient care.

22 al of better alignment between education and patient care.

23 n regarding their well-being, education, and patient care.

24 ost of these screens and potentially improve patient care.

25 s mission to protect the public by improving patient care.

26 also provide clinical laboratory support for patient care.

27 ce nurses' autonomy and negatively impact on patient care.

28 ol in future clinical studies and in routine patient care.

29 sing this information for the advancement of patient care.

30 elopment or new prognostic tests, to improve patient care.

31 efficacy and the tailoring of individualized patient care.

32 ote best practice and support the quality of patient care.

33 ent and ensure their preparedness to provide patient care.

34 lationships to improve quality and safety of patient care.

35 alth-care utilization and efforts to improve patient care.

36 ich may not traditionally be associated with patient care.

37 an bias can lead to unwarranted variation in patient care.

38 lization of FGIDs, and offers an approach to patient care.

39 toring is seen as a valuable tool to improve patient care.

40 ponse could provide relevant information for patient care.

41 sults were blinded to clinicians involved in patient care.

42 effectiveness and to provide individualized patient care.

43 PET is used both in clinical research and in patient care.

44 resource use, and waste without compromising patient care.

45 ulticentre trials that advance knowledge and patient care.

46 to abrogate these toxic effects and improve patient care.

47 h PLAID may facilitate diagnosis and improve patient care.

48 crucial to maximise resources available for patient care.

49 prognostic markers, and ultimately improving patient care.

50 pplications requiring at or near the site of patient care.

51 ations to facilitate healthcare research and patient care.

52 mize risk to both parties and lead to better patient care.

53 agnosis disclosure are essential to optimize patient care.

54 ll greatly benefit the future of periodontal patient care.

55 cess at recurrence are critical for improved patient care.

56 orage and retrieval of information regarding patient care.

57 f a multidisciplinary team and its impact on patient care.

58 Our results have potential implications for patient care.

59 to ensure the delivery of safe and effective patient care.

60 late outcomes and opportunities for improved patient care.

61 ssion risk of Acinetobacter baumannii during patient care.

62 quently contaminated with A. baumannii after patient care.

63 ical path toward establishing their value in patient care.

64 re efficient, impactful, disease state-based patient care.

65 respiratory virus infections contributes to patient care.

66 ews about the effects of day shift length on patient care.

67 cisions that should be made at each stage of patient care.

68 are system and to identify steps to optimize patient care.

69 otential of mobile platforms in research and patient care.

70 l research and has made a profound impact on patient care.

71 nificantly alter the current paradigm of AHF patient care.

72 eloping interventions to address the gaps in patient care.

73 ditions to optimize health and individualize patient care.

74 bacteria during clinical studies and routine patient care.

75 e focused on whether shift length impacts on patient care.

76 gland is critical for improved diagnosis and patient care.

77 with HSV tests with minimal to no effect on patient care.

78 urses are at the centre of communication for patient care.

79 hogen detection assays are needed to improve patient care.

80 d accurate influenza diagnostics can improve patient care.

81 s has led to important clinical advances for patient care.

82 None other than those performed as part of patient care.

83 and environment for the timely escalation of patient care.

84 l record (EMR) is important for high-quality patient care.

85 e two biomarkers has significant benefits on patient care.

86 he priority of public health over individual-patient care.

87 s a paramount diagnostic step to improve the patients care.

88 outine information systems to better support patient care across complex care platforms.

89 o measure aerosol production during multiple patient care activities and to examine the samples for b

90 which aerosols are generated during routine patient care activities and whether such aerosols could

91 to patient sleep, such as noise, light, and patient care activities, and report on potential methods

92 ments were used to measure aerosols during 7 patient care activities: patient bathing, changing bed l

93 medicine can include a variety of aspects of patient care adapted to be performed remotely, such as t

94 re performed by a physician who had provided patient care after midnight and those who underwent a pr

95 .6]; P < .001), and having an equal focus on patient care and ABSITE preparation during study (6.1 [0

96 update with particular importance to routine patient care and clinical trial design.

97 ed a combined 52 hours (38%), whereas direct patient care and education occupied 24 hours (17%) and 1

98 icians reallocate time from documentation to patient care and education.

99 need for accurate, multiplex diagnostics for patient care and epidemiologic surveillance.

100 Hands-on patient care and higher salaries are obvious attractions

101 l microbiology laboratory, but the impact on patient care and hospital costs is a matter of speculati

102 en playing an increasingly important role in patient care and hospital policies.

103 ings has not been fully exploited to improve patient care and impact public health.

104 nsiderable promise to enhance the quality of patient care and improve meaningful clinical outcomes.

105 location policies, leading to more equitable patient care and improved patient outcomes.

106 ED visits should be promoted to help improve patient care and increase efficient use of ED resources.

107 RT-PCR, resulting in delays that complicate patient care and infection control efforts.

108 ematic reviews, would contribute to improved patient care and inform future research.

109 aspects of this disease will lead to optimal patient care and more recognition of an increasingly pre

110 unication with other care team members about patient care and on team climate.

111 To assess changes to patient care and outcomes associated with a 2011 nationa

112 nited States are common, but their effect on patient care and outcomes has rarely been reported.

113 ting of colorectal cancers (CRCs) to improve patient care and outcomes of targeted and conventional t

114 es are conducted to evaluate their impact on patient care and outcomes.

115 veries and see them translated into improved patient care and population health, but also that the UK

116 asurements affects its use as a biomarker in patient care and research.

117 e system could potentially have an impact on patient care and research.

118 e medical training to enhance the quality of patient care and resident education.

119 hat Alliance members contributed to improved patient care and resident education.

120 sible and leads to perceived improvements in patient care and resident learning.

121 ects on wait times, clinical throughput, and patient care and satisfaction.

122 (GD)-periodontist relationships and benefit patient care and services.

123 , delays in obtaining culture results impact patient care and the ability to tailor antibiotic therap

124 sive epidemic control and earlier and better patient care and treatment in remote, resource-poor area

125 No evidence of delays in patient care and treatment to meet a 30-day metric were

126 ant insight could open up new approaches for patient care and treatment.

127 e the understanding of tumorigenesis, direct patient care, and enable genetic counseling of patients

128 als, leading to frustration, withdrawal from patient care, and job abandonment.

129 How this affects patient perception, patient care, and medical costs warrants further study.

130 asure of physician quality, serve to improve patient care, and provide useful information in terms of

131 biomarkers that could be used for research, patient care, and public health are lacking.

132 osttreatment (18)F-FDG PET/CT, the impact on patient care, and the predictive value of metabolic resp

133 using clinical practice guidelines to inform patient care, and those establishing policies for guidel

134 interpreted Gram stains may adversely impact patient care, and yet there are no comprehensive studies

135 odels so to as to understand their impact on patient care; and (4) asks the government and other fund

136 18 to 3.16] for treatment in psychiatric out-patient care; and HR, 2.77 [95% CI, 1.72 to 4.44] for tr

137 Location of the patient care area and the logistics of laboratory testin

138 patients in ICUs make it one of the loudest patient care areas in a hospital.

139 These documents inform and shape patient care around the world.

140 AK2 over a decade ago heralded a new age for patient care as a consequence of improved diagnosis and

141 ve evaluation to assess potential effects on patient care, as well as validation in other cohorts.

142 ics provide rapid actionable information for patient care at the time and site of an encounter with t

143 personnel, equipment, and facilities used in patient care based on the amount of time each of these r

144 as associated with more time spent on direct patient care (beta = 4.3; 95% CI, 0.9-7.7) and education

145 help use these measurements to individualize patient care beyond the current guidelines.

146 protective equipment became positive during patient care, but chlorine solution washes rendered them

147 ndle checklists are increasingly utilized in patient care, but data are inconsistent regarding their

148 tewardship programs (ASPs) positively impact patient care, but metrics to assess ASP impact are poorl

149 this assay give it the potential to improve patient care, but the reagents and instrumentation are e

150 ntifungal therapy is a critical component of patient care, but therapeutic choices are limited due to

151 Radiologists can help maximize patient care by being familiar with MR imaging features

152 conversion to 30-ml BCs may not only improve patient care by detecting more BSIs but also increase ho

153 althcare delivery that aims to individualize patient care by integrating data extracted from clinical

154 Radiologists play a crucial role in patient care by providing early diagnosis through interp

155 high-throughput has the potential to improve patient care by providing faster detection of drug-resis

156 The GI panel improved patient care by rapidly identifying a broad range of pat

157 This approach could improve patient care by reducing rates of disease-related compli

158 ministries of health to positively influence patient care by strengthening laboratory systems through

159 We estimated future patient care capacity by comparing counts of providers e

160 If these rates continue, by 2019 patient care capacity will increase by 65 000, compared

161 rgeon whose career spanned over 4 decades of patient care, clinical investigative research, and surgi

162 Effective patient care, clinical research, and public health effor

163 Lay navigators in the Patient Care Connect Program support patients with cance

164 A panel of experts in HIV research and patient care convened by the International Antiviral Soc

165 T in England, and to start to identify where patient care could be improved.

166 The Veterans Health Administration National Patient Care Database information on medical diagnoses,

167 race/social class bias and 3 of 27 possible patient-care decisions.

168 Regrouping patient care, diagnostics, research, and development, th

169 hysician time, practice and system cost, and patient care due to the increase in administrative tasks

170 -driven laboratory test choices for managing patient care during dengue outbreaks.

171 n of rapid results has been shown to enhance patient care, effective and timely means for generating

172 erall themes: Effects of day shift length on patient care; Effects of day shift length on continuity

173 ling of allergen extracts, which will inform patient care, enable personalized therapy, and enhance t

174 stic information yielded will lead to better patient care, enhanced patient safety, and ultimately fa

175 g is increasingly being used to guide cancer patient care, especially in advanced and incurable cance

176 ess to point-of-care testing (POCT) improves patient care, especially in resource-limited settings wh

177 and may aid dermatologists in optimizing the patient care experience.

178 xplanation and interpretation of in-hospital patients' care experience.

179 .7% of patients, with an estimated impact on patient care for 17.4% of patients.

180 There are also ongoing concerns about patient care for older people in hospital.

181 ant implications for research, teaching, and patient care for ROP and suggests that a continuous ROP

182 related to Ebola virus disease could improve patient care for survivors and contribute to understandi

183 signaling were successfully introduced into patient care for various subtypes of mature B-cell lymph

184 than 65 years, and the NCDB cohort included patients cared for at Commission on Cancer-accredited fa

185 with higher triage rates (odds of death for patients cared for at hospitals with the highest tercile

186 Pathologic specimens were obtained from patients cared for at the University of Iowa and Washing

187 he findings were corroborated in a cohort of patients cared for at Vanderbilt University, an academic

188 st imaging utilization in a stable cohort of patients cared for by PCPs during a 7-year period showed

189 fter treatment initiation was compared among patients cared for by providers practicing in National C

190 fter treatment initiation was compared among patients cared for by providers practicing in National C

191 Patients cared for in an academic medical practice were

192 for potential confounding variables between patients cared for in freestanding or nonfreestanding ch

193 ds of 30-day inpatient mortality compared to patients cared for in hospitals in the lowest third (OR

194 Patients cared for in hospitals where a high proportion

195 cute hospital mortality was no different for patients cared for in ICUs with dual HDC versus those wi

196 mes including mortality were worse among the patients cared for in the freestanding hospitals (freest

197 l interventions in a population of pediatric patients cared for in the specialized setting of humanit

198 sociated with an increased number of injured patients cared for in their local systems and improved t

199 tional safety and health controls for direct patient care, handling of clinical specimens, and managi

200 scores with the quality of simulated or real patient care has not been described.

201 cieties discuss why LDTs are critical for ID patient care, hospital infection control, and public hea

202 .17 to 2.33] for treatment in psychiatric in-patient care; HR, 1.93 [95% CI, 1.18 to 3.16] for treatm

203 ermatology consultation services may improve patient care in a cost-effective manner.

204 ts and targeted therapies has revolutionized patient care in a variety of serious disorders.

205 to improve diagnostic precision and improve patient care in EoE.

206 articipants underscored the need for optimal patient care in Europe, supporting joint action plans fo

207 ssociation of dermatology consultations with patient care in hospitalized patients using objective va

208 n essential requirement to guarantee optimal patient care in modern health care systems.

209 investigate how length of day shift affects patient care in older people's hospital wards.

210 y other factors identified that could affect patient care in older people's wards.

211 ) To explore how length of day shift affects patient care in older people's wards; 2) To explore how

212 s are an increasingly available resource for patient care in primary care practices.

213 able repeatable assays that would facilitate patient care in resource-constrained settings at the poi

214 d family members toward their role in active patient care in the ICU and compare the views of healthc

215 hows promise for improving communication and patient care in this population.

216 lation, and contained a discussion of active patient care, including perspective or actions of family

217 m members, and had a single RN communicating patient care information to the PCP, had greater shared

218 as completed to assess the alignment between patient care initiation and the availability of diagnost

219 ecentralized disease diagnosis anywhere that patient care is administered.

220 physician's political attitudes might affect patient care is important to physicians and patients ali

221 but also requires the belief that excellent patient care is not always provided in person.

222 pital health care system in which integrated patient care is provided.

223 Individualizing patient care is relevant, and in published studies on va

224 itical role that diagnostic radiology has in patient care, it is important for providers and patients

225 care-associated outbreaks via a contaminated patient-care item were identified, including infections

226 The type of patient care items implicated as a fomite causing health

227 Patient-care items can serve as a source or reservoir fo

228 Patient care may be impacted by the misdiagnosis of DENV

229 und: Increased involvement of pharmacists in patient care may increase access to health care and impr

230 The ideal patient care model for MetS must accurately identify tho

231 to action" activity focused on defining new patient care models and approaches to address contempora

232 be treated postoperatively in psychiatric in-patient care (odds ratio [OR], 0.42; 95% CI, 0.22 to 0.8

233 regivers were younger age, greater effect of patient care on other activities, less social support, l

234 It may improve the quality and safety of patient care on the surgical ward.

235 0 (interquartile range, 120-600 minutes) for patient care or clinical duties and 120 for the ABSITE (

236 reading consistently throughout the year for patient care or clinical duties.

237 e evidence that length of day shift affected patient care or nursing staff communication with patient

238 tio [OR], 0.42; 95% CI, 0.22 to 0.80) or out-patient care (OR, 0.41; 95% CI, 0.17 to 1.02), whereas p

239 more likely to be treated in psychiatric out-patient care (OR, 4.99; 95% CI, 1.16 to 21.38) or with p

240 ream infections and can significantly impact patient care, particularly when resistance markers are d

241 e and performed at the earliest point in the patient care pathway as possible.

242 System-wide change implemented across the patient care pathway could be a key strategy for improvi

243 These can be used to stratify patient care pathways to maximize the benefit from curre

244 rch and funding priorities should prioritize patients' care perspectives, workforce diversification a

245 The impact of the data on patient care, physicians practice patterns, and patient

246 eases at an early stage of development, help patient care planning through personalized medicine and

247 We masked patients, care providers, and those assessing outcomes t

248 High profile accounts of failures in patient care reflect an urgent need for transformational

249 these advancements into real improvements in patient care requires a carefully considered road map.

250 wever, taking these next steps for improving patient care requires a new approach to antibiotic thera

251 We teach medical students that optimal patient care requires face-to-face interaction to collec

252 High-value patient care requires multidisciplinary coordination, la

253 Integrating this imaging data effectively in patient care requires the clinical history; the histopat

254 This has implications for patient care, research, and teaching, and additional stu

255 t the impact of surgeons discouraging CPM on patient care satisfaction or decisions to seek treatment

256 the role that the private sector plays in TB patient care seeking and suggested a need for differenti

257 This requires a better understanding of patient care seeking and system weaknesses.

258 as conducted to assess the alignment between patient care seeking and the availability of TB diagnost

259 The PPA assessed the alignment between patient care seeking and the availability of TB diagnost

260 as completed to assess the alignment between patient care seeking and the availability of tuberculosi

261 4 provinces, to assess the alignment between patient care seeking and the availability of tuberculosi

262 d to better understand the alignment between patient care seeking and tuberculosis service availabili

263 A better understanding of patient care-seeking practices may inform future governm

264 l patients and included evaluations in other patient care settings, as well.

265 blood glucose measurement in critically ill patient care settings.

266 nically meaningful data that robustly inform patient care, special attention should be given to metho

267 of ventilator-associated events and identify patient care strategies that reduce ventilator-associate

268 Examples of specific patient care tasks that were mentioned in each article w

269 ion performance in the following categories: patient care, technical skills, problem-based learning,

270 complex ethical and medico-legal aspects of patient care that affect daily clinical practice.

271 This has led to a new approach to patient care that focuses on risk stratification (both h

272 d offers translational potential to stratify patient care, the complexity of individual variation and

273 ing system is needed to improve research and patient care, the evaluation of eye cancer staging syste

274 ng national interest in improving ventilated patient care, the National Institute of Health and Agenc

275 to palliative care, and their role in direct patient care, there has been no systematic evaluation of

276 linical and administrative processes used in patient care, thereby providing valuable information for

277 t potential for genome sequencing to enhance patient care through improved diagnostic sensitivity and

278 signs for AZD6738, with the aim of improving patient care through quantitative dose and scheduling pr

279 residents reported reading consistently for patient care throughout the year.

280 tor Larry Peiperl discusses the relevance of patient care to a journal editor's work.

281 theory that health care professionals manage patient care to meet the metric and that other outcome m

282 ed with Hospital Episode Statistics Admitted Patient Care) to model the incidence of MA-NGE associate

283 dministrators obtain a broader view of which patient care units are the higher and lower performers.

284 5144 patient care units in 857 United States hospitals partic

285 improved antimicrobial prescribing, improved patient care, utility in targeting stewardship efforts,

286 d to the proportions of time spent in direct patient care versus using computers.

287 ve incidence for treatment in psychiatric in-patient care was 2.5%, for psychiatric out-patient care

288 n-patient care was 2.5%, for psychiatric out-patient care was 4.2%, and for treatment with psychotrop

289 Significant criticism of patient care was reported in 13% of cases with 16% of cl

290 ts, 1810 registered nurses working in direct patient care were also included.

291 perceived impact on providers, families, and patient care were explored.

292 ors, and study personnel who participated in patient care were masked to group allocation during the

293 Other factors that could affect patient care were noted including: ward leadership, ward

294 er health-care professionals associated with patients' care were masked to treatment allocation.

295 ll need to focus on improving the quality of patient care while remaining conscious of the cost of ca

296 Further study is necessary to improve patient care with additional data provided by emergency

297 Further study is necessary to improve patient care with additional data provided by emergency

298 quent daily face-to-face communication about patient care with the primary care practitioner (PCP), t

299 zation delivers high-quality and sustainable patient care within a supportive environment for patient

300 cilitate optimally shared responsibility for patient care within primary care teams.

301 help address these shortcomings and enhance patient care worldwide.

302 An expected outcome was that patient care would shift away from expensive hospital an